TAKE FULL ADVANTAGE OF THE HIGH CAPACITY OF SILICON, WHILE REMAINING MECHANICALLY STABLE

MICROTECH SECTOR

CONSUMER ELECTRONICS & SPECIALTY APPLICATIONS

OEM’s in consumer electronics and specialty applications benefit from reducing the volume and weight of battery cells, or by enabling higher power use at similar battery time. The pure silicon anodes improve the energy density of Li-ion battery cells, by enabling a thinner anode thickness at a high area loading. The pure silicon anode has a nanoporous structure, allowing high capacity cycling while remaining mechanically stable.

AUTOMOTIVE SECTOR

LONGER RANGE EV'S

Increase the range, and decrease the cost per kilometer of Electric Vehicles and Electric Aircrafts. A battery cell with increased energy density will help the automotive and aviation industry to increase the range of its products by enabling weight and volume reduction of the battery pack, or by allowing longer battery time.

AUTOMOTIVE SECTOR

LONGER RANGE EV'S

Increase the range, and decrease the cost per kilometer of Electric Vehicles and Electric Aircrafts. A battery cell with increased energy density will help the automotive and aviation industry to increase the range of its products by enabling weight and volume reduction of the battery pack, or by allowing longer battery time.

MICROTECH SECTOR

RESIDENTIAL ENERGY STORAGE

Reduce the cost of residential energy storage, and increase the value of residential energy storage by allowing value stacking of a range of applications in renewable energy storage. An increased energy density at battery cell level will reduce the cost per kWh of storage in context of restricted volume and weight in residential storage.